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Table 1 Patients’ characteristics, clinical course, and outcomes in intensive care unit

From: Pulse pressure and end-tidal carbon dioxide for monitoring low native cardiac output during veno-arterial ECLS: a prospective observational study

Men

16 (62)

Age, years

63 [58–70]

Body mass index

25 [23–29]

Cardiogenic shock etiology

 Post cardiotomy

11 (42)

 Acute myocardial infarction

8 (31)

 Dilated cardiomyopathy

5 (19)

 0thers

2 (8)

Clinical and biological variables at VA-ECLS implantation

 Resuscitation before VA-ECLS

9 (35)

 VA-ECLS under CPR

4 (15)

 SOFA score

12 [12–13]

 Durable left VAD

1 (4)

 Transient left VAD

4 (15)

 IABP

0 (0)

 Serum lactate, mmol/L

7.1 [4.5–9.7]

 Prothrombin time, %

56 [44–64]

Hemodynamic variables at inclusion (=1st study point)

 Heart rate, beats/min

90 [77–100]

 Cardiac pacing

6 (23)

 Norepinephrine, mg/h

3 [1.3–5.1]

 Inotropic support

14 (54)

 Inhaled nitric oxide

7 (27)

 VA-ECLS flow, L/min

3.4 [2.9–4.1]

 Left VAD flow if present, L/min

0.9 [0.4–1.5]

Clinical course in ICU

 Days under VA-ECLS

8 [6–10]

 Add of transient left VAD during VA-ECLS

4 (15)

 Add of IABP during VA-ECLS

0 (0)

 Renal replacement therapy

10 (38)

 Successful VA-ECLS weaning

18 (69)

Outcomes

 Length of ICU stay, days

21 [13–31]

 ICU survival

13 (50)

 6-month survival

11 (42)

  1. Data are expressed as median [IQR interquartile range], or N (%)
  2. VA-ECLS veno-arterial extracorporeal life support, CPR cardiopulmonary resuscitation, SOFA Sepsis-Related Organ Failure Assessment, VAD ventricular assist device, ICU intensive care unit, IABP intra-aortic balloon pump